Design Features
rib-guided or fluted metering tubes facilitate stable and accurate readings
interchangeability of flowtubes and floats
manifolding at inlet or outlet (optional)
ease of installation and exchange of flow tubes
"non-rotating" adapter feature - glass flow tubes are prevented from turning during the tightening phase of the assembly procedure
OPTIGRAD™ scales minimize parallax and eye fatigue
chemical compatibility
simple means of panel mounting
Aalborg Instruments
Done
Description
Design Features
rib-guided or fluted metering tubes facilitate stable and accurate readings
interchangeability of flowtubes and floats
manifolding at inlet or outlet (optional)
ease of installation and exchange of flow tubes
"non-rotating" adapter feature - glass flow tubes are prevented from turning during the tightening phase of the assembly procedure
OPTIGRAD™ scales minimize parallax and eye fatigue
chemical compatibility
simple means of panel mounting
Datasheet
Datasheet Summary Powered by GS/AI
The Five Channel Flow Tube Meter, model P56S1B*1, from Aalborg Instruments is designed for precise measurement of low flow rates in various applications, including chromatography and manufacturing processes. It features rib-guided or fluted metering tubes that ensure stable and accurate readings, along with interchangeable flow tubes and floats for flexibility in measurement. The meter can be equipped with built-in needle valves or high precision metering valves, allowing for enhanced control, particularly at low flow rates.
With a maximum operating pressure of 200 psig and a temperature tolerance of up to 250 ¬8F, the meter is suitable for a range of environments. The standard accuracy is ¬±2% full scale, with an optional calibrated accuracy of ¬±1% full scale. The construction includes heavy-walled borosilicate glass flow tubes and various material options for mounting fittings, ensuring chemical compatibility. The design allows for easy installation and exchange of flow tubes, making it a practical choice for engineers needing reliable flow measurement in multi-channel setups.
Datasheet Summary Powered by GS/AI
The Five Channel Flow Tube Meter, model P56S1B*1, from Aalborg Instruments is designed for precise measurement of low flow rates in various applications, including chromatography and manufacturing processes. It features rib-guided or fluted metering tubes that ensure stable and accurate readings, along with interchangeable flow tubes and floats for flexibility in measurement. The meter can be equipped with built-in needle valves or high precision metering valves, allowing for enhanced control, particularly at low flow rates.
With a maximum operating pressure of 200 psig and a temperature tolerance of up to 250 ¬8F, the meter is suitable for a range of environments. The standard accuracy is ¬±2% full scale, with an optional calibrated accuracy of ¬±1% full scale. The construction includes heavy-walled borosilicate glass flow tubes and various material options for mounting fittings, ensuring chemical compatibility. The design allows for easy installation and exchange of flow tubes, making it a practical choice for engineers needing reliable flow measurement in multi-channel setups.
Design Features
rib-guided or fluted metering tubes facilitate stable and accurate readings
interchangeability of flowtubes and floats
manifolding at inlet or outlet (optional)
ease of installation and exchange of flow tubes
"non-rotating" adapter feature - glass flow tubes are prevented from turning during the tightening phase of the assembly procedure
OPTIGRAD™ scales minimize parallax and eye fatigue
chemical compatibility
simple means of panel mounting
Design Features
rib-guided or fluted metering tubes facilitate stable and accurate readings
interchangeability of flowtubes and floats
manifolding at inlet or outlet (optional)
ease of installation and exchange of flow tubes
"non-rotating" adapter feature - glass flow tubes are prevented from turning during the tightening phase of the assembly procedure
OPTIGRAD™ scales minimize parallax and eye fatigue